The moose test is a driving maneuver that simulates an unexpected obstacle, such as a moose, suddenly appearing on the road in front of a moving vehicle. The test involves the driver swerving to avoid the obstacle and then quickly returning the vehicle back to its original lane to avoid colliding with any oncoming traffic. The moose test is commonly used to evaluate a vehicle's ability to handle sudden and evasive maneuvers, which can be important for safety on the road.
The Smart Brabus #1, a performance electric crossover with up to 434 horsepower, has failed the moose test, according to a recent evaluation by km77.com. The test, which measures a vehicle's ability to swerve to avoid an obstacle, saw the Smart Brabus #1 struggle with heavy oversteer and instability at speeds of 77 kmh (48 mph). After several attempts, the test drivers found a safe speed of only 65 kmh (40 mph), which is significantly lower than other electric vehicles, such as the Hyundai Tucson PHEV and Kia Niro.
Journalists suggest that the lack of upgrades to the suspension and steering were significant factors contributing to the poor performance of the Smart Brabus #1. In addition, the electronic stability system was too permissive, allowing the vehicle to become unstable, and there was significant body roll. The tires with low rolling resistance also played a role in the vehicle's inability to handle the moose test effectively.
Source: km77
